static void ami_font_cache_cleanup(struct MinList *ami_font_cache_list)
{
struct nsObject *node;
struct nsObject *nnode;
struct ami_font_cache_node *fnode;
struct TimeVal curtime;
if(IsMinListEmpty(ami_font_cache_list)) return;
node = (struct nsObject *)GetHead((struct List *)ami_font_cache_list);
do
{
nnode=(struct nsObject *)GetSucc((struct Node *)node);
fnode = node->objstruct;
GetSysTime(&curtime);
SubTime(&curtime, &fnode->lastused);
if(curtime.Seconds > 300)
{
LOG("Freeing %s not used for %ld seconds", node->dtz_Node.ln_Name, curtime.Seconds);
DelObject(node);
}
} while((node=nnode));
/* reschedule to run in five minutes */
ami_schedule(300000, (void *)ami_font_cache_cleanup, ami_font_cache_list);
}
VOID _Timer_Stop(Class *cl, Object *o, Msg msg)
{
struct TimerData *data = INST_DATA(cl, o);
gettimeofday(&(data->elapsed_time), NULL);
SubTime(&(data->elapsed_time), &(data->start_time));
return;
}
void timer_subtime(void *t, struct timeval *dt, struct timeval *st)
{
struct timer_s *timer = t;
if (timer != NULL) {
#define TimerBase timer->TimerBase
SubTime(dt, st);
#undef TimerBase
}
}
static BOOL ata_Calibrate(struct IORequest* tmr)
{
register ULONG x;
register ULONG scale = 0x8000; // min iterations...
volatile register ULONG t = 1;
struct timeval t1, t2;
D(bug("[ATA ] Calibration started\n"));
while (scale <= 0x80000000)
{
Forbid();
GetSysTime(&t1);
for (x = 1; x < scale; x++)
t = (((t + x) * t) - x) / x; // add, mul, sub, div, trivial benchmark.
GetSysTime(&t2);
Permit();
SubTime(&t2, &t1);
// ok, it's going to be totally insane, if secs > 1.
if (t2.tv_secs != 0)
{
bug("[ATA ] micro wait useless.\n");
return FALSE;
}
/*
* we expect at least 10000 times longer period, which should be 'achievable'
* unlikely we will cross the magic boundary here of 4 billion instructions in 10 millisecond (yielding 400'000MIPS?)
* on the other side, if we go as low as 1, then 4 iterations of add/sub/mul/div is perfectly fine yielding a bit more than 400ns...
*/
if (t2.tv_micro >= 10000)
break;
scale <<= 1;
}
D(bug("[ATA ] Executed %ld ops in %ldus\n", scale, t2.tv_micro));
// always round up to the next value.. so 30.9 -> 31, 5.1 -> 6, etc
x = (x + t2.tv_micro - 1) / t2.tv_micro;
x = (x+9) / 10;
bug("[ATA ] Approximate number of iterations per 100 nanoseconds: %ld\n", x);
iters_per_100ns = x;
return TRUE;
}
int main ( int argc, char **argv )
{
struct Library * TimerBase;
int size=0,i,h=0,m=0,ml=0,s=0;
char *exec;
struct timeval time1, time2;
struct timerequest *tr;
if ( argc <= 1 )
{
printf ( "timeme 1.0 - Times how long a command takes to execute.\n" );
printf ( "Usage: timeme (command) [params] ...\nContact: [email protected]\n" );
exit ( 0 );
}
/* count the arguments */
for ( i=1;i<argc;i++ ) size += strlen ( argv[i] );
size += argc-2;
exec = ( char * ) AllocMem ( size+1, MEMF_PUBLIC|MEMF_CLEAR );
/* build the execute line */
sprintf ( exec, "%s", argv[1] );
for ( i=2;i<argc;i++ )
{
sprintf ( exec, "%s %s", exec, argv[i] );
}
if ( get_sys_time ( &time1 ) ) error_exit ( "Error getting timer.device." );
( void ) Execute ( exec, 0,0 );
if ( get_sys_time ( &time2 ) ) error_exit ( "Error getting timer.device." );
if ( ! ( tr = create_timer ( UNIT_MICROHZ ) ) ) error_exit ( "Error getting timer.device." );
TimerBase = ( struct Library * ) tr->tr_node.io_Device;
SubTime ( &time2,&time1 );
TimerBase = ( struct Library * ) ( -1 );
delete_timer ( tr );
h = time2.tv_secs/3600;
m = time2.tv_secs/60;
ml = m%60;
printf ( "\n-- %d hours, %d minutes, %ld secs, %ld msec --\n", h,ml,time2.tv_secs%60,time2.tv_micro );
FreeMem ( exec, size+1 );
exit ( 0 );
}
static void ami_font_cache_cleanup(struct SkipList *skiplist)
{
struct ami_font_cache_node *node;
struct ami_font_cache_node *nnode;
struct TimeVal curtime;
node = (struct ami_font_cache_node *)GetFirstSkipNode(skiplist);
if(node == NULL) return;
do {
nnode = (struct ami_font_cache_node *)GetNextSkipNode(skiplist, (struct SkipNode *)node);
GetSysTime(&curtime);
SubTime(&curtime, &node->lastused);
if(curtime.Seconds > 300)
{
LOG("Freeing font %p not used for %ld seconds", node->skip_node.sn_Key, curtime.Seconds);
ami_font_bullet_close(node);
RemoveSkipNode(skiplist, node->skip_node.sn_Key);
}
} while((node = nnode));
/* reschedule to run in five minutes */
ami_schedule(300000, (void *)ami_font_cache_cleanup, ami_font_cache_list);
}
static unsigned int CaptureThread(void *params)
{
int i = 0;
NvU64 stime, ctime;
NvMediaTime t1 = {0}, t2 = {0}, st = {0}, ct = {0};
CaptureContext *ctx = (CaptureContext *)params;
NvMediaVideoSurface *releaseList[4] = {NULL}, **relList;
NvMediaRect primarySrcRect;
NvMediaPrimaryVideo primaryVideo;
primarySrcRect.x0 = 0;
primarySrcRect.y0 = 0;
primarySrcRect.x1 = ctx->inputWidth;
primarySrcRect.y1 = ctx->inputHeight;
primaryVideo.next = NULL;
primaryVideo.previous = NULL;
primaryVideo.previous2 = NULL;
primaryVideo.srcRect = &primarySrcRect;
primaryVideo.dstRect = NULL;
NvSemaphoreDecrement(ctx->semStart, NV_TIMEOUT_INFINITE);
if(ctx->timeNotCount)
{
GetTime(&t1);
AddTime(&t1, ctx->last * 1000000LL, &t1);
GetTime(&t2);
printf("timeNotCount\n");
}
GetTime(&st);
stime = (NvU64)st.tv_sec * 1000000000LL + (NvU64)st.tv_nsec;
while((ctx->timeNotCount? (SubTime(&t1, &t2)): ((unsigned int)i < ctx->last)) && !stop)
{
GetTime(&ct);
ctime = (NvU64)ct.tv_sec * 1000000000LL + (NvU64)ct.tv_nsec;
printf("frame=%3d, time=%llu.%09llu[s] \n", i, (ctime-stime)/1000000000LL, (ctime-stime)%1000000000LL);
//printf("frame=%3d, time=%llu.%09llu[s] \n", i, (ctime-stime)/1000000000LL, (ctime-stime)%1000000000LL);
pthread_mutex_lock(&mutex); // for ControlThread()
if(!(capSurf = NvMediaVideoCaptureGetFrame(ctx->capture, ctx->timeout)))
{ // TBD
MESSAGE_PRINTF("NvMediaVideoCaptureGetFrame() failed in %sThread\n", ctx->name);
stop = NVMEDIA_TRUE;
break;
}
if(i%3 == 0) // once in three loop = 10 Hz
pthread_cond_signal(&cond); // ControlThread() is called
pthread_mutex_unlock(&mutex); // for ControlThread()
primaryVideo.current = capSurf;
primaryVideo.pictureStructure = NVMEDIA_PICTURE_STRUCTURE_TOP_FIELD;
if(NVMEDIA_STATUS_OK != NvMediaVideoMixerRender(ctx->mixer, // mixer
NVMEDIA_OUTPUT_DEVICE_0, // outputDeviceMask
NULL, // background
&primaryVideo, // primaryVideo
NULL, // secondaryVideo
NULL, // graphics0
NULL, // graphics1
releaseList, // releaseList
NULL)) // timeStamp
{ // TBD
MESSAGE_PRINTF("NvMediaVideoMixerRender() failed for the top field in %sThread\n", ctx->name);
stop = NVMEDIA_TRUE;
}
primaryVideo.pictureStructure = NVMEDIA_PICTURE_STRUCTURE_BOTTOM_FIELD;
if(NVMEDIA_STATUS_OK != NvMediaVideoMixerRender(ctx->mixer, // mixer
NVMEDIA_OUTPUT_DEVICE_0, // outputDeviceMask
NULL, // background
&primaryVideo, // primaryVideo
NULL, // secondaryVideo
NULL, // graphics0
NULL, // graphics1
releaseList, // releaseList
NULL)) // timeStamp
{ // TBD
MESSAGE_PRINTF("NvMediaVideoMixerRender() failed for the bottom field in %sThread\n", ctx->name);
stop = NVMEDIA_TRUE;
}
if(ctx->fileDumpEnabled)
{
if(!DumpFrame(ctx->fout, capSurf))
{ // TBD
MESSAGE_PRINTF("DumpFrame() failed in %sThread\n", ctx->name);
stop = NVMEDIA_TRUE;
}
if(!ctx->displayEnabled)
releaseList[0] = capSurf;
}
relList = &releaseList[0];
while(*relList)
{
if(NvMediaVideoCaptureReturnFrame(ctx->capture, *relList) != NVMEDIA_STATUS_OK)
{ // TBD
MESSAGE_PRINTF("NvMediaVideoCaptureReturnFrame() failed in %sThread\n", ctx->name);
stop = NVMEDIA_TRUE;
break;
}
relList++;
}
if(ctx->timeNotCount)
GetTime(&t2);
i++;
} // while end
// Release any left-over frames
// if(ctx->displayEnabled && capSurf && capSurf->type != NvMediaSurfaceType_YV16x2) // To allow returning frames after breaking out of the while loop in case of error
if(ctx->displayEnabled && capSurf)
{
NvMediaVideoMixerRender(ctx->mixer, // mixer
NVMEDIA_OUTPUT_DEVICE_0, // outputDeviceMask
NULL, // background
NULL, // primaryVideo
NULL, // secondaryVideo
NULL, // graphics0
NULL, // graphics1
releaseList, // releaseList
NULL); // timeStamp
relList = &releaseList[0];
while(*relList)
{
if(NvMediaVideoCaptureReturnFrame(ctx->capture, *relList) != NVMEDIA_STATUS_OK)
MESSAGE_PRINTF("NvMediaVideoCaptureReturnFrame() failed in %sThread\n", ctx->name);
relList++;
}
}
NvSemaphoreIncrement(ctx->semDone);
return 0;
}